π Environmental Monitoring with IoT, Raspberry Pi, and Docker! π±
Iβm thrilled to share my latest mini project: an IoT-Based Environmental Monitoring System that combines hardware with cutting-edge open-source software technologies! π
π Key Project Highlights:
π Real-Time Data Insights:
A DHT11 sensor on a Raspberry Pi Pico W captures temperature and humidity, providing critical environmental data.
π‘ Seamless Communication via MQTT:
Using the lightweight MQTT protocol, data flows efficiently between the Pico W and the central Raspberry Pi 5 with minimal latency.
π³ Docker-Powered Scalability:
Services like Eclipse Mosquitto (MQTT messaging), InfluxDB (time-series storage), and Grafana (real-time visualization) are containerized with Docker for modularity and easy deployment.
βοΈ Automation with Node-RED:
Dynamic workflows simplify data handling, making integration across system components intuitive and efficient.
π Stunning Grafana Dashboards:
Real-time and historical data visualizations empower users to monitor trends, identify anomalies, and make informed decisions.
This open-source, scalable, and cost-effective solution showcases the power of IoT in tackling real-world environmental challenges.
π Whatβs Next?
π§ Integrating multi-sensor systems for richer data collection
π² Adding real-time alerts for proactive monitoring
π§ Exploring machine learning to enhance predictive capabilities
This project is a step toward bridging technology and sustainability, and Iβm excited to learn from this experience while exploring opportunities for growth and collaboration.
π© Have ideas, feedback, or questions? Letβs connect and discuss! Iβd love to hear from you. π
π Explore the Code & Project Details on GitHub:
https://github.com/ksanthosh95/iot-environmental-monitoring
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